Examples of parallelism

• Thus, the trees become denser as the expected value of the out-degree increases, which also increases the potential useful parallelism in the trees.

• The particles are then connected chemically to form a rigid structure - this is the bottomup part that enables parallelism.

• It also relies on knowing that useful pipeline parallelism is available, and why it is blocked.

• We have already shown how some kinds of data-oriented parallelism can be expressed using evaluation strategies.

• This strategy can result both in redundant evaluation and loss of parallelism.

• The challenge in quantum algorithm design is to make measurements that enable this parallelism to be exploited; in general this is very difficult.

• These constructs support implicit control parallelism over arrays.

• The alternative possible choices performed during such exploration (points of non-determinism) can be easily converted into parallelism without radically modifying the overall operational semantics.

• The restriction of our approach is that it is based on a fixed strategy of parallelism expressed by the homomorphy property.

• Secondly, extensive parallelism can be extracted from the algorithm under investigation.

• Exploiting multiple levels of parallelism in molecular dynamics based calculations via modern techniques and software paradigms on distributed memory computers.

• Parallelism allows us to explain a whole functional computation as an assembly of individual processes that represent components such as closures, continuations, and function invocations.

• Very often this parallelism is quite schematic in its analytic descriptions of particular compositions, as may be seen from the following examples.

• At present this identifies our base skeletons using pattern matching: we would like to implement more sophisticated transformations for exposing and optimizing parallelism.

• When the reining in of ideals was seen as a historical trajectory, more than mere parallelism was at stake.